Portfolio

Marine pollution in the form of plastics is a devastating problem that not only affects the whole planet ecosystem, but also represents a great socio-economic impact on human activities 
It is considering this ever increasing problem that there is an urge for new conceptual and technological solutions that can help to detect, monitor and mitigate the consequences of marine plastics pollution and, ultimately, contribute for the establishment of adequate policies that can contribute for its mitigation.

Due to the pandemic, Data Duopoly have pivoted to utilise their existing technology to help the recovery post-Covid. They can help aid social distancing on site by utilising satellite data and location data and this demonstration project will allow them to utilise this technology in 2-3 high profile venues and optimise this market opportunity before scaling to more venues.

Feasibility study of digital services supporting decommissioning activities at sea through the provision of Earth Observation (EO)-enriched modelled MetOcean parameters relevant for operation planning and environmental impact monitoring.

A project-centric, situational awareness portal aiding construction and decommissioning of offshore installations. Rich insights are engineered from Earth Observations, AIS, weather, sea state and various GIS data repositories and combined with in-situ surveys and sensor data. All information is dynamically shared amongst project stakeholders creating common understanding, transparency, and improved efficiency.

This Kick-Start Activity creates several satellite-based models that could be used to track Recommended Farming Practices (RFP) for carbon sequestration at a sub-field level (10m, based on Sentinel 1 & 2 data), and provide these information to companies creating Soil Organic Carbon (SOC) stock models. They will be focused on the three following detectors:
Cover Crop Flag: Is the field using cover crops between main crops?
Crop Rotation Diversity Indicator: How do the crops rotate in the field?
Tilling Flag: Is the field being tilled or not between crops?

SAT-DEFO project purpose is to build an app with data-proven, valid, both historical and current information about ground deformations for the inhabitants of the areas who are exposed to such changes (especially in the localizations threatened by ground subsidence caused by mining activity).

The objective of the SISMA2 demonstration project was to implement cost-effective space-based tools and demonstrate the value of our smart-herding solution to monitor herd activities (large terrestrial animals raised outdoors, domestic, and wild) and their vulnerability factors, to modernize the herding industry and increase the plasticity of adaptation of reindeer husbandry to climatic changes in the environment and to the evolution of regional contexts. 

KickStart activity exploring end-to-end earth observation monitoring solutions for the insurance and the mining industry. 

WIS is creating an easy to deploy solution combining sophisticated global models, downscaled to regional areas, and fed by local IoT weather stations and earth observation satellite data, using machine learning techniques.
This innovative solution intends to offer high resolution and accurate predictive indicators tailored to the customers in the countries currently underserved on climate services.

Companion enabling the development of Healthy, Wealthy and Wise cities.

We optimise harvest planning for farmers. We use Earth observation to map the terrain, altitude, NDVI and soil data, and satellite navigation (GNSS) to validate and to direct the machinery. We combine this with weather data, machine learning and dynamic resource allocation to produce a digital twin of the environment the farmers operate in, that allows them to make data-driven operational decisions on a day-to-day.

AIperion is a SaaS that supports the crop insurance claim management process through the use of A.I., Earth Observation and Meteorological data.

This study has as its main objective to identify the real-life pragmatic needs of the public safety stakeholders within the Public Protection and Disaster Relief (PPDR) entities – on the specific topics of using (secure) satellite communication and satellite observation, to better address their own services offered to the public.

These PPDR stakeholders are identified and included as co-participants in the study – in order to make sure they represent a relevant set of end-users and that their indicated needs and requirements can be used to design and implement future satellite service that will benefit all/most of the (EU/world) PPDR entities.

A consortium consisting of Arthur D. Little, CLS and Marlink are performing a study on how space-based technologies can be leveraged in the modernization of ports. The study includes a full range of Space-based technologies including satellite communications GNSS, SAT-AIS and Earth Observation and how these technologies could be applied in combination with terrestrial assets.

ClimField was a project aimed at assessing feasibility of development a portfolio of EO-based irrigation supporting services addressed to Polish field crops producers. Effects of climate change on the situation of farmers and treatments they undertake were taken into account during the study.

CropAI uses Artificial Intelligence (AI) and Earth Observation (EO) satellite data to detect crop types throughout the European Continent. The service offers to commodity traders insights on crops, while it provides them assistance in making better trading decisions.

WAMCam™ is an innovative solution integrating satellite communication and machine learning technologies to radically improve wildlife research and conservation. Researchers and conservationists in remote regions can deploy AI-enabled cameras to fight poaching, monitor animal traps, and study wildlife. Receiving prompt notifications by the cameras revolutionizes the effectiveness of these groups of users.

Agronobots integrates computer vision, robotics, ML & AI and combines them with air and ground based robotic systems to develop a state-of-the-art fully automated solution for non-destructive, accurate, and rapid phenotyping of potato, broadacre and vegetable crops under field trials conditions, which will provide a step change over manually collected data by qualified technicians.

HARVIC aims to provide forecast and advisory services to potato value chain actors in the Benelux through Earth observations in combination with innovative in-situ data, enabling potato companies to better manage their raw material productivity and optimize business processes and operations.

ProvGrass provides white labelled, multi-temporal maps of sward quantity and quality to enable customers to provide branded products for end-users (in this case farmers) related to grassland management. The initial development is aimed at dairy farmers, but the principle also applies to other livestock, biorefinery feedstock and conservation applications as well.

HyperSOC (Hyperspectral measurement of Soil Organic Carbon) is aiming to develop analytical solutions to serve carbon farming projects worldwide throughout their long carbon sequestration journey.

Gridfinder is a mapping service using machine learning to  analyse satellite imagery to provide development funders, national governments, and private foundations with bespoke information on potential project off-grid energy locations, training on how to integrate this information in their planning systems, and the offer of a subscription service to benefit from this information on an ongoing basis.

Climate-related economic losses in agriculture have now reached €73bn/year. We need to build a climate-resilient agriculture now, by preparing for the evolving climate risk. TERRA is a SaaS risk-assessment and monitoring tool seamlessly integrating satellite data, reanalyses and seasonal forecasts, targeting insurance companies providing agricultural coverage.